Pi Sat Track
Track the pass
from a browser.
Runs on Windows, Mac, Linux or a Raspberry Pi, all from your browser.
Browser-based amateur satellite tracker — live pass prediction, Doppler-corrected uplink/downlink, modular radio control, and rotator tracking — all from a web UI. Runs headless on a Pi (or Windows/Mac/Linux); use from any browser on the network.
- Windows · Mac · Linux · Pi
- 2D · 3D · radar
- Headless on a Pi
On a pass
Hear it. Work it. Log it. Report it.
Pick the pass. Work it. Log it. Report it.
Hear it
Pick what to hear. Sked Finder finds mutual windows by grid or callsign, with max elevation at both ends.
Next passes: AOS, LOS, elevation, and duration. Work it
Uplink and downlink Doppler, corrected on the fly. Align it on the waterfall. SSB follows a linear pass.
Live pass with the footprint and a countdown. Log it
Log to a local ADIF or via UDP to logging programs such as Log4OM.
Logging panel with an ADIF path. Report it
Auto or manual AMSAT status reporting.
AMSAT report: Heard, TLM Only, or Not Heard.
Then
The rest of the pass
Pass profile, the satellite picker, and Sched Finder, on the product page.
- Pass profileElevation over time, azimuth marked on the bar, and a red dot for the satellite now.
- Satellite pickerFavorites, Heard on AMSAT, and a catalog of 1100+ satellites. Sort A to Z, or by the next AOS.
- Sched FinderMutual windows by grid or callsign, max elevation at both ends, and the shared footprint. A 24-hour or 48-hour window.
- Radio, rotor, and loggingTCP or serial, RT-21 and GS-232, and a log that can go to UDP or ADIF.